camlpdf 2.4 · OCaml Package

val read_debug : bool Pervasives.ref

val error_on_malformed : bool Pervasives.ref

val debug_always_treat_malformed : bool Pervasives.ref

val is_newline : char -> bool

val input_line : Pdfio.input -> string

val read_back_until : (char -> bool) -> Pdfio.input -> unit

val backline : Pdfio.input -> unit

val get8chars : Pdfio.input -> char list

val read_header_inner : int -> Pdfio.input -> int * int

val read_header : Pdfio.input -> int * int

val find_eof : Pdfio.input -> unit

val string_of_lexeme : Pdfgenlex.t -> string

val print_lexeme : Pdfgenlex.t -> unit

val is_whitespace_or_delimiter : char -> bool

val getuntil : bool -> (char -> bool) -> Pdfio.input -> char list

val getuntil_string : bool -> (char -> bool) -> Pdfio.input -> string

val ignoreuntil : bool -> (char -> bool) -> Pdfio.input -> unit

val ignoreuntilwhite : Pdfio.input -> unit

val dropwhite : Pdfio.input -> unit

val getuntil_white_or_delimiter : Pdfio.input -> char list

val getuntil_white_or_delimiter_string : Pdfio.input -> string

val lex_bool : Pdfio.input -> Pdfgenlex.t

val lex_number : Pdfio.input -> Pdfgenlex.t

val b : Buffer.t

val lex_name : Pdfio.input -> Pdfgenlex.t

val lex_comment : Pdfio.input -> Pdfgenlex.t

val mkchar : char list -> char

val str : Buffer.t

val lex_string : Pdfio.input -> Pdfgenlex.t

val lex_hexstring : Pdfio.input -> Pdfgenlex.t

val lex_keyword : Pdfio.input -> Pdfgenlex.t

val read_chunk : int -> Pdfio.input -> string

val is_malformed : Pdfio.input -> bool

val skip_stream_beginning : Pdfio.input -> unit

val find_endstream : Pdfio.input -> int

val lex_malformed_stream_data : Pdfio.input -> Pdfgenlex.t

val lex_stream_data : Pdfio.input -> int -> bool -> Pdfgenlex.t

val lex_stream : 
  Pdfio.input ->
  (Pdfgenlex.t list -> 'a * Pdf.pdfobject) ->
  Pdfgenlex.t list ->
  (int -> Pdfgenlex.t list) ->
  bool ->
  Pdfgenlex.t

val lex_next : 
  int Pervasives.ref ->
  int Pervasives.ref ->
  bool ->
  Pdfio.input ->
  Pdfgenlex.t list ->
  (Pdfgenlex.t list -> 'a * Pdf.pdfobject) ->
  bool ->
  (int -> Pdfgenlex.t list) ->
  Pdfgenlex.t

val lex_dictionary : Pdfio.input -> Pdfgenlex.t list

val lex_object_at : 
  bool ->
  Pdfio.input ->
  bool ->
  (Pdfgenlex.t list -> 'a * Pdf.pdfobject) ->
  (int -> Pdfgenlex.t list) ->
  Pdfgenlex.t list

type xref =

| XRefPlain of int * int
| XRefStream of int * int

val string_of_xref : xref -> string

val xrefs_table_create : unit -> ('a, 'b) Hashtbl.t

val xrefs_table_add_if_not_present : ('a, 'b) Hashtbl.t -> 'a -> 'b -> unit

val xrefs_table_find : ('a, 'b) Hashtbl.t -> 'a -> 'b option

val xrefs_table_iter : ('a -> 'b -> unit) -> ('a, 'b) Hashtbl.t -> unit

val lex_object : 
  Pdfio.input ->
  (int, xref) Hashtbl.t ->
  (Pdfgenlex.t list -> 'a * Pdf.pdfobject) ->
  bool ->
  int ->
  Pdfgenlex.t list

type partial_parse_element =

| Lexeme of Pdfgenlex.t
| Parsed of Pdf.pdfobject

val print_parseme : partial_parse_element -> unit

val parse_R : Pdfgenlex.t list -> partial_parse_element list

val process_parse_dictionary : 
  partial_parse_element list ->
  partial_parse_element

val process_parse_array : partial_parse_element list -> partial_parse_element

val parse_dictionary : 
  partial_parse_element list ->
  partial_parse_element list ->
  partial_parse_element * partial_parse_element list

val parse_array : 
  partial_parse_element list ->
  partial_parse_element list ->
  partial_parse_element * partial_parse_element list

val parse_to_tree : 
  partial_parse_element list ->
  partial_parse_element list ->
  partial_parse_element list

val parse_finish : 
  ?failure_is_ok:bool ->
  partial_parse_element list ->
  int * Pdf.pdfobject

val parse : ?failure_is_ok:bool -> Pdfgenlex.t list -> int * Pdf.pdfobject

val parse_single_object : string -> Pdf.pdfobject

val lex_stream_object : 
  Pdfio.input ->
  (int, xref) Hashtbl.t ->
  (Pdfgenlex.t list -> 'a * Pdf.pdfobject) ->
  bool ->
  int ->
  int list ->
  string option ->
  string option ->
  Pdf.t ->
  int ->
  (int * (Pdf.objectdata Pervasives.ref * int)) list

val ignore_comments : Pdfio.input -> unit

type xref_line =

| Invalid
| Section of int * int
| Valid of int * int
| Free of int * int
| InObjectStream of int * int
| StreamFree of int * int
| XRefNull
| Finished

val read_xref_line : Pdfio.input -> xref_line

val read_xref : Pdfio.input -> (int * xref) list

val read_xref_line_stream : Pdfio.input -> int -> int -> int -> xref_line

val read_xref_stream : Pdfio.input -> (int * xref) list * int

val get_object : Pdfio.input -> (int, xref) Hashtbl.t -> int -> Pdf.pdfobject

val is_linearized : Pdfio.input -> bool

exception Revisions of int

exception BadRevision

val sanitize_trailerdict : 
  int ->
  (string * Pdf.pdfobject) list ->
  (string * Pdf.pdfobject) list

val revisions : Pdfio.input -> int

val read_malformed_trailerdict : Pdfio.input -> (string * Pdf.pdfobject) list

val read_malformed_trailerdicts : Pdfio.input -> (string * Pdf.pdfobject) list

val advance_to_integer : Pdfio.input -> unit

val read_malformed_pdf_objects : Pdfio.input -> (int * Pdf.pdfobject) list

val read_malformed_pdf : 'a -> 'b -> Pdfio.input -> Pdf.t

val report_read_error : Pdfio.input -> exn -> exn -> 'a

val read_pdf : 
  int option ->
  string option ->
  string option ->
  bool ->
  Pdfio.input ->
  Pdf.t

val pdf_of_channel : 
  ?revision:int ->
  ?source:string ->
  string option ->
  string option ->
  Pervasives.in_channel ->
  Pdf.t

val pdf_of_channel_lazy : 
  ?revision:int ->
  ?source:string ->
  string option ->
  string option ->
  Pervasives.in_channel ->
  Pdf.t

val pdf_of_input : 
  ?revision:int ->
  string option ->
  string option ->
  Pdfio.input ->
  Pdf.t

val pdf_of_input_lazy : 
  ?revision:int ->
  string option ->
  string option ->
  Pdfio.input ->
  Pdf.t

val pdf_of_file : 
  ?revision:int ->
  string option ->
  string option ->
  string ->
  Pdf.t

val what_encryption : Pdf.t -> Pdfwrite.encryption_method option

val permissions : Pdf.t -> Pdfcrypt.permission list

package camlpdf